We would like to invite you to the latest research seminar of the Games and Music Technology Research.
Speaker: Nathan Barrett (A Bournemouth University PhD student based at Salisbury NHS).
Title: Enhanced Rehabilitation Of The Upper Limb Following Stroke By An Adaptive Virtual Reality And FES Approach
Time: 2:00PM-3:00PM
Date: Wednesday 30th November 2016
Room: PG11, Poole House, Talbot Campus
Abstract: Of the approximately 150,000 people a year who suffer a stroke in the UK, 85% of survivors are left with some degree of motor dysfunction in their upper limb. Complete functional recovery has been found to occur in just 5% to 34% of cases. These low rates may be due to rehabilitative interventions that lack the volumes of specific motor practice needed to induce neuroplasticity – a form of cortical rewiring that allows the brain to adapt after damage. Assistive technologies, such as Functional Electrical Stimulation (FES) and virtual games, can augment such therapy and may be beneficial to a person’s recovery.
FES is a type of electrotherapy which has good clinical evidence for its use. Electrically-stimulated movements, however, often lack combined voluntary effort – a factor necessary to aid effectiveness. Virtual games, on the other hand, often inspire huge amounts of volitional movement, although, particularly with popular commercial devices, this movement isn’t always therapeutic.
Combining the two is therefore an attractive prospect, yet attempts at this have resulted in systems that are costly, immobile and commercially unavailable. There is therefore a need to combine the two within a system that fulfils the criteria for an effective assistive technology. The system, Esmé (the Electrically-Stimulated Movement and game Environment), is currently in development. This seminar provides an overview of the project and discusses next steps.
We hope to see you there.




MMIHS publishes its own journal the 






Recent advances in neonatal care have led to improved survival rates for preterm infants, but this has led to greater challenges in providing these survivors with adequate nutrition. Docosahexaenoic acid (DHA) and arachidonic acid (ARA) are dietary fats essential for optimal brain growth and development. During the last trimester the placenta provides the foetus with high levels of DHA and ARA and extremely preterm infants, born at less than 28 weeks, are therefore at the greatest risk of deficiency as this supply has been cut short. In this new study the DHA and ARA intakes of extremely preterm infants was measured from all sources over the first six weeks of life and compared to European intake guidelines and levels provided in utero.
The study 


























Join the 17th Annual Postgraduate Research Conference – Wednesday 3 December 2025
BU Festival of Social Sciences invite at RNLI
MaGPIE Presents at UK Parliament: From Mass Graves to Courtroom
Festival of Social Science: Introducing drowning prevention in Bangladesh
BU PhD student attending HIV conference on scholarship
ECR Funding Open Call: Research Culture & Community Grant – Apply Now
MSCA Postdoctoral Fellowships 2025 Call
ERC Advanced Grant 2025 Webinar
Horizon Europe Work Programme 2025 Published
Horizon Europe 2025 Work Programme pre-Published
Update on UKRO services
European research project exploring use of ‘virtual twins’ to better manage metabolic associated fatty liver disease